Metal roofing is offered in various styles, and many attractive colors with long-life coatings that do not support the growth of moss, mildew or fungus. Metal panels are lightweight, yet strong enough to withstand severe weather. Finally, metal roofing lasts longer, conserves energy, and requires virtually no maintenance.

Yes you can. Since metal weighs only 1/3 as much as shingles, you can often attach metal panels without tearing off your existing shingle roof. This eliminates the cost and problems of disposing of the old shingles. The best way to do this is to attach 1" x 4" or 2" x 4" furring strips at 24" o/c parallel to the eave and ridge. If shingles are smooth (without curling, blisters, etc..), a 30# felt or other acceptable underlayment may be used to install panels directly over the shingle. Check local codes to determine if tearing off shingles is required in your area.

Modern metal roofing is often installed directly over plywood decking and felt or an existing roof. Therefore, any noise generated by rain will be similar to that created by conventional roofing materials.

No. A metal roof will not make a building more susceptible to a lightning strike. Lightning will tend to strike the highest object in a given area, regardless of what that object is made of. Your metal roof can actually be beneficial in the event of a lightning strike due to being a non-combustible material.

Although the initial cost of metal is higher, the life-cycle costs are substantially lower than conventional materials. The decision to select metal is often based upon the fact that the homeowner either doesn’t want to or can’t afford to replace their conventional roof every 10 to 12 years. Metal, on the other hand, will provide years of low maintenance service life.

YES. There is a substantial tax credit available through December 31, 2011. We carry many styles and colors of metal roofing that meet the energystar requirements. The links below will provide the necessary information.

Post-frame buildings typically feature large, solid-sawn wood posts or laminated columns instead of the 2x4" studs found in many wood-frame buildings. Loads are transferred to the ground through the posts, which are typically embedded deep in the ground or surface-mounted to a concrete or masonry foundation.

Many people simply think of a “pole barn” when they try to imagine a post-frame structure. Although the post-frame design was originally perfected by engineers for large agricultural buildings, the design has proven so efficient and versatile that barns now constitute only a fraction of the post-frame industry. However, post-frame remains the obvious choice for horse barns, riding arenas, machinery storage, and most other agricultural buildings.

Due to the application of modern structural engineering principles and stress testing methods, post-frame technology is now recognized as a truly significant advancement in the centuries-old art of wood frame construction. Post-frame is now the construction method of choice for any number of different commercial, retail, industrial, residential, religious and public building needs.

Many people still think of a “pole barn” when they try to imagine a post-frame structure.

Post-frame buildings are durable, long-lasting, and highly flexible in their application. They may be designed to meet the highest standards for quality and aesthetic beauty, and are the most efficient and economical choice for most low-rise building applications. Whatever interior or exterior look you prefer, post-frame is an excellent choice.